SUZUKI RM 250 1996 - 2002
Hot Rods Big End Bearing Kit includes all necessary components for a single connection rod. Bearing dimensions: 24mm x 32mm x 19.7mm. Big end bore: 32.00mm. Big end width: 19.75mm. Center to center: 125.50mm. Pin diameter: 24.00mm. Pin length: 57.90mm. Small end bearing dimensions: 18mm x 23mm x 21.7mm. Small end bore: 23.00mm. Small end width: 19.75mm. Washer thickness: 1.5mm.
- SKU
- HR.8141
- Brand
- Hot Rods
- Availability
- Out of Stock
FULL DESCRIPTION
Hot Rods Connecting Rod Kit
Restore the performance and reliability of your engine with this high quality Hot Rods connecting rod kit. Engineered to meet or exceed original equipment standards, this kit provides a precise solution for engine rebuilds, ensuring smooth operation and long term durability under demanding riding conditions.
Manufactured from premium materials, this connecting rod is designed to handle high stress and heat, making it an ideal choice for riders looking to maintain the peak output of their motorcycle engine. Each component is precision machined to provide an exact fit and optimal clearance for critical engine internals.
Key Features
- Precision Engineering: Designed for exact tolerances to ensure superior performance and longevity.
- Durable Construction: Built from high strength materials to withstand extreme engine internal pressure.
- Complete Assembly: Includes essential components required for a professional level connecting rod replacement.
- Technical Specifications:
- Big End Bearing Dimensions: 24 x 32 x 19.7 mm
- Big End Bore: 32.00 mm
- Big End Width: 19.75 mm
- Center To Center: 125.50 mm
- Pin Diameter: 24.00 mm
- Pin Length: 57.90 mm
- Small End Bearing Dimensions: 18 x 23 x 21.7 mm
- Small End Bore: 23.00 mm
- Small End Width: 19.75 mm
- Washer Thickness: 1.5 mm
Whether you are performing a full top and bottom end rebuild or addressing specific engine wear, this Hot Rods connecting rod kit delivers the reliability needed to keep your engine running at its best. Always ensure that professional installation techniques are used during engine assembly to guarantee performance and safety.